E modeling ============== Characteristics of modeling ----------------------------------- The behavior is MONOCRISTAL, in large deformations (DEFORMATION =' SIMO_MIEHE '), in a manner similar to modeling A, with a crystalline behavior that takes into account irradiation Tested sizes and results ------------------------------ Tested values ~~~~~~~~~~~~~~~~ Small deformations, comparison to modeling C. +----------------------------------------------------------------+-----------------------+-------------+-------------+ |**Variable** |**Moments** :math:`(s)`|**Reference**|**Tolerance**| +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{E}_{\mathrm{zz}}` EPSG_ELGA |0.02 |0.02023 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\sigma }_{\mathrm{zz}}` (:math:`\mathrm{Mpa}`) SIEF_ELGA|0.02 |114.125 |0.01 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{1}` VARI_ELGA/V7) |0.02 |9.8085E-07 |0.005 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{1}` VARI_ELGA/V8) |0.02 |0.0385 |0.005 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{9}` VARI_ELGA/V31) |0.02 |1.0741E-07 |0.13 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{9}` VARI_ELGA/V32) |0.02 |1.04944E-03 |0.33 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |Non-regression test on the last two values | +----------------------------------------------------------------+-----------------------+-------------+-------------+ .. csv-table:: ":math:`{\rho }_{9}` VARI_ELGA/V31)", "0.02", "9.30093E-08", "0.001" ":math:`{\gamma }_{9}` VARI_ELGA/V32)", "0.02", "7.0377E-04", "0.001" Large deformations, comparison to B modeling +----------------------------------------------------------------+-----------------------+-------------+-------------+ |**Variable** |**Moments** :math:`(s)`|**Reference**|**Tolerance**| +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{E}_{\mathit{zz}}` EPSG_ELGA |0.2 |0.22385 |0.002 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\sigma }_{\mathit{zz}}` (:math:`\mathit{Mpa}`) SIEF_ELGA|0.2 |320.153 |0.09 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{1}` VARI_ELGA/V7) |0.2 |1.731E-05 |0.18 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{1}` VARI_ELGA/V8) |0.2 |0.31346 |0.06 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{9}` VARI_ELGA/V31) |0.2 |8.37E-07 |0.06 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{9}` VARI_ELGA/V32) |0.2 |0.010410 |0.06 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{12}` VARI_ELGA/V40) |0.2 |1.719E-05 |0.24 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{12}` VARI_ELGA/V41) |0.2 |0.11118 |0.21 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |Non-regression test | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\sigma }_{\mathit{zz}}` (:math:`\mathit{Mpa}`) SIEF_ELGA|0.2 |293.247 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{1}` VARI_ELGA/V7) |0.2 |1.425E-05 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{1}` VARI_ELGA/V8) |0.2 |0.297258 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{9}` VARI_ELGA/V31) |0.2 |7.87472E-07 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{9}` VARI_ELGA/V32) |0.2 |9.79517E-03 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\rho }_{12}` VARI_ELGA/V40) |0.2 |1.309E-05 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ |:math:`{\gamma }_{12}` VARI_ELGA/V41) |0.2 |0.088585 |0.001 | +----------------------------------------------------------------+-----------------------+-------------+-------------+ The results are identical to those of modeling A, which is the expected result: the coefficients making it possible to take into account the effect of irradiation in work hardening are chosen to be zero here.